Product Introduction

A 6.2 meter space frame radome is a rigid geodesic weather-resistant enclosure specially engineered to shield small-to-midsize radar, satellite communication and remote sensing antennas. Constructed with bolted triangular dielectric panels and lightweight space frame skeleton, it isolates antenna equipment from harsh outdoor interference without sacrificing electromagnetic transmission performance. It eliminates signal attenuation caused by wind load, ice accumulation, dust corrosion and extreme temperature fluctuations, ensuring stable long-term operation of high-precision radio frequency equipment.

Our company independently develops the full set of radome structural design and dielectric composite material formulas. Unlike traditional single-layer membrane radome, the space frame geodesic design delivers superior structural strength and wind resistance, while standardized modular components greatly shorten on-site construction time. We balance electromagnetic performance, mechanical safety and cost efficiency, providing one-stop customized radome solutions for global aerospace, meteorology, national defense and communication industries.

This 6.2 meter space frame radome adapts to all land-based deployment environments, from coastal salt-spray zones and desert high-temperature areas to alpine snow-covered regions. Every structural component undergoes wind tunnel simulation and environmental aging testing before delivery, effectively reducing equipment maintenance frequency and extending the service life of core antenna systems.

Specification Parameters

Parameter	Item	Technical Data of 6.2 meter space frame radome
Overall Structure	Inner Clear Diameter	6.2 m
	Geodesic Frame Material	Aerospace-grade aluminum alloy / hot-dip galvanized steel (optional)
	Panel Type	Bolted triangular dielectric composite panels
	Overall Weight	~1200 kg (complete frame + panels)
Electrical Performance	RF Transmission Loss	Rx band (17.7–20.2 GHz): ＜0.8 dB; Tx band (27.5–30 GHz): ＜1.0 dB
	Working Frequency Band	Customizable L/S/C/X/Ku/Ka band
Environmental Resistance	Survival Wind Speed	216 km/h
	Normal Operating Wind Speed	97 km/h
	Operating Temperature Range	-45 ℃ ~ +55 ℃
	Anti-corrosion Grade	C5-M marine salt fog resistant
	Snow Load Bearing Capacity	1.2 kN/㎡
Service Life & Surface	Design Service Life	≥15 years
	Outer Surface Coating	Anti-UV polyurethane weatherproof coating (white standard, custom color available)
	Optional Accessories	Lightning protection strip, electric anti-icing system, ventilation dehumidification module

Core Product Advantages

1. Optimized Geodesic Space Frame Design

The triangular geodesic grid evenly disperses wind, snow and ice loads, avoiding local stress concentration. Modular bolted connection eliminates on-site welding; damaged single panels can be disassembled and replaced independently without removing the whole radome, greatly cutting maintenance cost and downtime.

2. Ultra-Low Electromagnetic Interference Dielectric Panels

Self-developed low-loss composite dielectric material minimizes signal reflection and attenuation. Uniform panel thickness and consistent dielectric constant guarantee stable RF performance across the entire radome surface, meeting high-precision radar and satellite communication signal transmission standards.

3. All-Climate Adaptability

The fully sealed assembly structure prevents rainwater, dust and salt fog intrusion. Anti-UV outer coating slows material aging under long-term sunlight; optional anti-icing heating modules solve snow/ice coverage problems in cold high-altitude regions. Integrated lightning diversion strips avoid lightning strike damage to internal antennas.

4. High Structural Safety & Light Weight

Aluminum alloy frame is 40% lighter than solid steel structures of the same strength, lowering foundation bearing requirements and civil engineering costs. All structural parts pass wind tunnel simulation and static load testing, meeting international meteorological and defense industry safety standards.

5. Full Customization Capability

We adjust panel formulas, frame thickness, internal auxiliary systems and foundation connection schemes according to clients' antenna size, operating frequency and deployment environment. Special versions for marine, desert and polar low-temperature scenarios are supported.

6. Global Technical Support System

Our engineering team provides full-cycle service from scheme design to post-installation maintenance. Standardized component production shortens delivery cycles, and spare parts inventory is available for fast global replenishment.

Application Scenarios

Meteorological monitoring ground stations: medium-sized weather radar, precipitation & wind field detection equipment
Air traffic control: airport secondary surveillance radar, flight navigation communication antenna
Satellite communication ground stations: Ku/Ka-band VSAT medium-sized receiving & transmitting antennas
National defense & border monitoring: reconnaissance radar, tactical communication base stations
Remote sensing & aerospace: satellite data receiving ground terminals
Marine & offshore projects: coastal ocean monitoring radar, offshore platform communication antennas
Polar & alpine scientific research: low-temperature resistant radar observation equipment
5G/6G backhaul & microwave communication: outdoor high-gain directional antenna protection

Custom 6.2 Meter Space Frame Radome Solutions

Our engineering team can provide tailored radome solutions based on your antenna specifications, installation requirements, system integration needs, and environmental conditions.

Available customization options include:

Customized diameter and geodesic frame configurations to match specific antenna sizes and mounting requirements
Application-specific panel material selection for optimal RF transmission performance across target frequency bands
Structural customization based on local wind load, snow load, and environmental protection requirements
Customized surface coating and corrosion protection solutions for different deployment environments
Optional integrated anti-icing module and lightning protection configurations for extreme climate conditions
Adaptation support for different internal accessories and antenna interface specifications

Certificates

Delivery, Transportation & After-Sales Service

1. Production Cycle

Standard 6.2 meter space frame radome: 65 working days after deposit and confirmation of technical drawings; customized special material/anti-icing versions extend cycle by 10–15 days.

2. Packaging & Transportation

Frame metal components: Export-standard fumigated wooden cases with anti-rust oil coating;
Dielectric panels: Shockproof foam + hard carton separate packaging to avoid scratch and crack;
Global transport support: Sea freight, air freight, land truck transport; containerized loading for convenient port clearance.

3. On-Site Installation Support

Supply complete assembly drawings, installation operation manuals and specialized assembly tools;
Provide remote video one-on-one technical guidance free of charge;
Optional paid service: Dispatch professional engineers to site for full installation supervision and training.

4. Technical Guidance

Engineers offer pre-sales scheme optimization, foundation load calculation, frequency band matching simulation report; after-sales troubleshooting, performance testing guidance via email & video meeting.

5. Warranty & Maintenance Support

Standard warranty period: 24 months from the date of on-site acceptance;
Lifetime cost-price supply of spare parts (panels, bolts, sealing strips, heating modules);
Annual remote regular inspection service to predict potential structural aging risks.

FAQ

Q: How long does full on-site installation of the 6.2 meter space frame radome take?

A: With a 4-person professional team, standard assembly takes 3–5 working days; cold/coastal complex foundation sites require 5–7 days.

Q: Can we customize the radome for special frequency bands such as Ka-band?

A: Yes. We adjust the dielectric panel thickness and internal filler formula according to your operating frequency to control transmission loss within the client's required index. Custom frequency simulation reports can be provided before order.

Q: Does this radome work in heavy snow and freezing weather?

A: The standard version bears heavy snow load; we provide an optional built-in electric anti-icing heating system to melt accumulated snow and ice automatically, suitable for alpine and northern cold regions.

Q: What does the warranty cover?

A: The 24-month warranty covers manufacturing defects of frames, panels and standard accessories; damage caused by improper manual operation, extreme natural disasters or unapproved modification is not covered, but we supply spare parts at factory cost.

Q: If one triangular panel is damaged, do we need to disassemble the whole radome?

A: No. The modular bolted design allows single damaged panel disassembly and replacement independently, with simple tools and short working hours.

Q: Are there special requirements for the antenna foundation?

A: We provide foundation load parameter sheet according to wind load standard. Ordinary reinforced concrete circular platform is applicable; for high-wind coastal areas, we can provide reinforced foundation design suggestions free of charge.

Q: Is the radome suitable for coastal salt fog environments?

A: Yes. The frame adopts anti-corrosion aluminum alloy or hot-dip galvanized steel, and outer coating reaches C5-M marine anti-corrosion grade, resisting long-term salt fog erosion. We also offer enhanced anti-corrosion customized versions for offshore platforms.

Q: Do you provide installation training for our local construction team?

A: Free digital training documents and video tutorials are provided. Paid on-site engineer training service is available, covering full assembly, sealing inspection and routine maintenance skills.